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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0139100 |
| Transcript ID | LotjaGi4g1v0139100.6 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Structural maintenance of chromosomes protein; TAIR: AT5G48600.2 structural maintenance of chromosome 3; Swiss-Prot: sp|Q9FJL0|SMC4_ARATH Structural maintenance of chromosomes protein 4; TrEMBL-Plants: tr|K7LXH6|K7LXH6_SOYBN Uncharacterized protein; Found in the gene: LotjaGi4g1v0139100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:20723671..20736836) extracted from Lotus japonicus Gifu genome v1.2.
ATGGAACCGCAAGGTGAGCCCGCCGCACCCGACCCAGCTCACGCTCCACCGGCGGCGCGCCCCAGGCTCTTCATCAAGGA GATGGTGATGCGGAACTTCAAGTCCTACGCTGGTGAACAGCGCGTGGGTCCTTTCCATAAGGTTAGGGTTTTCCATTTTC ACACTCAGTTGCTTCCAATTTCACTTGTGAGAACTTGAAAAAACGGTTTTGGTTTCAGAGTTTTTCGGCTGTGGTTGGAC CCAATGGGAGCGGGAAGAGTAACGTGATTGACGCAATGCTGTTTGTGTTCGGGAAGCGAGCGAAGCAGGTGTGTGTTCTT GAATGTGCTAAGAACTAATGAGTGTTTTTAATTTTTAATTTTTTTCTTCTTCTTGTGCTTCTTTCATTTGGAAATTGGTG GTTGCAGATGCGGCTTAACAAAGTTTCGGAGCTTATCCACAATTCCACCAATCACCAGAATTTGGATAGTGCTGGGGTTT CTGTTCATTTTCAGGAGATTGTCGATTTGGTAGCTTTTCTTATTAACCTTGTTTTGTTAATTTTTAGATTTTATTACCAT TATTATTATTGTTGTTGTTGTTGTTTTTCGTAAGATGAGATGCGAAAGAATGAGGCATAATATAATGCCATTCTATTTGA TGTTTTATGATTGTTGTATTTATCAAAAGTCAAAACTGAAAACCCGGGGCATTATTATTATTATTATTTTAATTTTAATT TCAGTTGGTGTATTTTTACTAGTAATTCCAAAATGGCACCATTTTCTTGTAAGATGAGATATTTGATATTTGATGACAAA AAGTGGACCCTAACTATACACATATTCATTTGCTAAGTTTTATTCAAACTTATTCTATTTTTTTGCTTTTCTTTTGTTTC ATCTTTCATGAGCTCGCATTTAAGTTGAGCTTTATGCCACAGAGACTAAAGAGTTTTCAGTGCTCCTGTTTTATTGCCCT TCTGTTGTTTTCCATCTTTGGTTGAAAAAGAACTAATGTTTCTATGGTTGCAGGATGATGGAACATATGAGGCTGTTCCA GGAAGTGATTTTGTGATTACAAGGGTGGCTTTACGGGATAACTCCTCTAAGTATTATATTAATGATCGTTCGAGTAACTT CACTGAAGTCACTAAGAAACTGAAAGGGAAAGGTGTTGACCTTGACAATAATAGGTTTCTAATCCTTCAGGTTGGGTATT TATTACATTGTGTTTTTAGTTTTCCGGAAGGCTTTTCCTAGTTAACTCTATTGATGATTGATCTGTTTCACAGGGTGAAG TTGAGCAGATCTCACTTATGAAGCCAAAAGCTCAAGGACCACATGATGAGGGTTTTCTAGAATATCTGGAGGATATCATT GGGACGAACAAATATGTAGAAAAAATTGATGAATCATTTAAACAGTGAGCACTATCTCCATTTCAATTTAGAAAAACTGC AAACTTTCTCGATCAACAATACCAAAGCATATATACTTGATGTTGTTGTTGCCTGATTTGTTTTGATTTGATTATATTTA TATGTTTCGTATGTTTGGCTTTACTTATTTGTTTCCAAACAGCTGATAATCAAAATCATACTGAGAAAGAAAACCAATTA TTCCCTGAAGATTATGGGTTATTTCGGTTTTGATTTGTGGGGGAAATGATTGCTTTAGCCATTTTTCATGCTCTTAGGTA ACTTTTGATTATAAGCTGTTTTGAAATCAAAATAAGCTAATTATTAATGCACCCTAAGCAAAAACAAGCACACTCTCACT ATTTATTGTATTGTAACTATTCTTTGATTTCTGCTGCCACCTGTAGGATAATTTACATATTTTTCTAGTGATGCTCCATG TAAGCATTAAGCAACCACTTGGATTTCAGTTTTAACAGATAATAACTTCTTTTGATTGAAACAAATCTGTTGTTGTTTTA GGTTAGAGTCCCTGAATGAGAGAAGATCTGGGGTGGTACAAATGGTCAAGCTATCTGAGAAAGAAAGAGACAGCTTGGAG GCATGTATAACTGTGCTTGTATGAACATTTGATTTGATGTTTGAGCAGCCCCTAACAGTTCTTTTGCAACAGGGTGTGAA GAATGAAGCAGAAGCCTACATGCTTAAAGAGTTGTCTCACTTGAAATGGCAGGAAAAAGCTGCAAAGTTAGCTCTTGATG ATACAGGTGGAAAAATGGATGAGTTACAAGTGAATGTTGCTAGCGTAGAAGAAAATCTCAAGGCAGAAAGGTACATTTGA ATTTCACTCGGTAGTTTCTGTCTCTCTTTGCGTATGTTAATCTTGCCTTATGATTAACTCAGTGATATCTTATTACAGGG ATAAAATTCAAGAAAGTAAACAAGTTCTGAAGGAGCTAGAAACTAAGCACAGCAATTATATGAAAAGACAAGAGGTTTGC ATGAAATGGGTTCTGAGTGTTTGACATTATCATTTTGCATGATGACATTGCCGGGCATTTTAGGCTTAATGATAAGCTCA GCAGATAGTAGTCTAAATATTATTTTTTCTTTATTTTTGCAACAGGAGCTAGATACTGATATGAGGAAGTGTAAAGAAGA ATTCAAGGAGTTTGAGAGGCAGGATGTCAAGTATCGGGAAGATTTTAAACACTTAAATCAGAAGATCAAGAAGCTCGAGG ATAAAGTTGAAAAGGTACAGGGAAGGCATGGTTTTTACATCTGAAAGTATCCACGTGTGAGATGCCTTATCCATCCATCT GTTTCTATTTTAGGATTCATCAAAAATTGAAGCTCTTGTAAAAGAGGGTGAAGACTCAACTAATCTGATACCAAAACTTG AGAATAATATTCCAAAACTGCAAAAATTGTTGCTAGATGAGGAGAAGGTCTTAGAAGAAATCACAGAGAGTTCCAAAGGT GGACCCTTGTCTTTTTTTCATTTTCCAATATATTGGGAATTGCTTTTAGTCAAAATATTGCTTTGCTGTTGTGGTGATGC ATCTCTGTATTATGCTTTTTATCATAACCTGATTAAAACTTTTCTGTTCTTACCATACAGAATTAGCTGACTGTCATGGG TTTTAGGTGCTCCAGATTTAGTAACACCATTATTGTGCTAAATACAAATTAATAGAAAATGATTTTAAACTTAAATATGT ATTTGGTCCCTATAATATAAGAAATGTTTGGTTTGGGTCCCTACGTTATTTTTTTTGGTTTTGGTCCTTAATTTTAATTT TTAGAAAGGCTTAAATATGTTGGAGGTCCCTCTAAAATAGGGATCTTTTGGTTAAGGCCCCTACAATTTTTTTTGGGTGG AATAAGCCCCTAATGTGAAAATAATATATAGTGATAAACCCCTGCCGTGAGGTTCCGTTTAATTTCTCATGATTCTGCAA ACGACGCTGACGTAAATTATATTTTGTGAAAATTATTCAATTAAAGAGGGTGCCACGTAAGTAAATTAGGGTTGAAAAAA TAAAAACCCAAGTAAAAAACTCAAGTAAAATCCCCAAACGTACTTGTGTTTTTTACTTTGGATTTTCATTTTATTTTTAT TTTTTGATCCCTCATTTACTTACGTGGCACCCTCTTTAATTGAATAATTTTCACAAAATATAATACACGCCAACGCCGTT TACAGAATCATCATAAATTAAACGGAACCTCACGGTAGGGGCTTATCACCATATATTATTTTCACATTAGGGGCTTATTC CACCCAAAAAAATTTGTAGGGGCCTTAACCAAAGCACCCCTATTTTAGAGGGACTTCCAACATATTTATTACCATAATTT AGTCCCTACTGTTTTGCTATTTTTGGTTTGGGTTCCTTGCTACAAAGAGCAAAAGGATTAAATTATGGTGATTTCTAAAA ATTAGGGACTCCAACAAAAAGAAAATGTGTGGACCAAAACCCAAGGTTTCTATATTGTAGAGGTCAGATTTAAGCCGTGA TTTTAATATGGTATTGTTAAGGTTTCATATAGATGTTGAAACATGCACTACTATTTTTTTCTTTCCTTGTTTGGTTGCTC AAGTCTACTACCCCCTCCATTCCAAAATTTATGTCGTTAATTGATATATAGTTTGACTGAAATACCCTTATTTAAAGTTG AGTTATATTAAAGAGAGAGAATGATAGTTATTGTGTAAGTAATTAGTGAGAATTGTGATGAAAATAGGAGGTGGTCGGTG AGAGATATAATATCAAATGAGTGTATAAATGGATGAAAATAAGATAAATTGTCTTGAAATTCTAAAACAACATACATTTT GGAAATAGTTGATAAGTTAAAACAACATATATTTTGGAATGGAGGGTATAGATAATTATGCCTCAAACTCTAAGTTCTTT TTCTGATTGTCATTGTCTTTGATACATTATGATGATAGCTAGCAGTTTACAGTGGTGGAGACTGGTCTCTATTTGTTTAA TTATTACATTCCATGTTCACAAAGGGAGCTCTGATGTTCTGTGTGCGTTAGTGAGGGTTTTGGCCGGTTTCGTGTATATA CTTTTCTTTTTCTTAATCCTGTTAATTATTTGTTATTGATTTGTGAGCAGTTGAAACTGAGAAATTCCGCGCTGAGCTTG CTGAAGTTCGGGCAGAGCTAGAACCTTGGGAAAAAGATTTGATTGAGCACAAGGGGAAACTTGAAGTTGCATGTACCGAG GCTAAGCTGTTAAATGACAAGGTGATAATGACTTTAGTATTTTATGCACTCTTAATCAGTCTCGGCTTTAAGGAAGTGAT TTAGGCTTTTGTCTTGAAAATTTTACGTATATTCAAGCAAATCACAGTAACTCCTTATATTATATGCTGTGTTAAGTATT TTTGGTAACTGTCGAAGGATATTTTCTTATAAGCTTAAGTAGCTACAATTTCTGGTAAGTTTTTATGCTATGAATAATTT CTGAGAAGTGAGAACAAAGAAAATTGAATGCGCAATTGTAAGTACCTTAATTTATTCTCACACCTTTTAATTATACTTCT CCTTTTAACTTATTTTGTGAATTTTAGTTTTCAGATTTTTAAGAGCTATTTTTTATTTGGAAACTCATGCTTTGTTTCTG GTTTTCTATGGAATGATATATGGCAAGCAAGCAGAAAGCATTGTTTCTCGCCAAGAAGATCTCTTGTATTTTCCTTTCTT GGGGCAAGTGGACTAAAGTGTTGACACTTTCATAATTCAACTCTTTTGGTCCACACTTTTTTTGGGTGTAGTTTTGCATT ATCTCCTTAAATAAGACATTTTGGGATAAATCTTTGAATTTGGTGTTTCAAAGAGGTAGAATTTTCTTGCATTCTCTCTT AATTGAATTCATTATTTGATTGTGATGGTTTTTGATTTCTTGGAGGGATCACTGTCTATGCTACCAAATTGTTAATCCCT TCTGGTGGTGGATTAAAATTTAGATCTCATTTCTGTTGTGAGATTCCTCAAATTTTGTGCCCACATACAATTTAATATTC TTGTTATGCATTTTTTTTGGATGTATGCATACTGCAAAGCCGGTCATAGAAGATATGTTAGATTGTTCCAGCTACCGTAG TTTACACATGCAAAAAAGCCAAACATAGGTTGAACTTAGCAAATGTAATATATAGAAAACTATTAACACAAACCTCAGTT TCTCTTTCACCAAAAAATAAAAAGGACAATTTTCTCATGCTCAGGATTCATGGAACTTATTCTTTATAATGTTTAACATA CACATGTAGAGCAGATTCCATTAGTATTTTCCAGTAGAAGGATGTTTGGTATTAGAAGGTGATTCTTGATTCTTCTTTTC AGCATGAAGGTGCACGTAAAGCTTTTGAAGATGCTCAAAAGCAGATGAAAAGTATATCAGAAACAATTAAATCAAAAACT GCTAGCATTTCTCAAATTAAGAGTGATATTGAAAAGAGCAAACATGAAGCATCAGAAGCTCACCAAGTGGAAGAAGTGAG CATTTTTTACTTTTGAATTCCATTTCTTGAACATTTTTGTAACACAGGCTTACGGTGATCTGATTTTTTTTTTGTTAAGG AATGTATAAAAGAACAAGATGCCTTGATTCCTCTCGAACAAAGTGCAAGGCAGAAGGTTGCAGAACTGAAGTCTGTTCTG GATTCTGAGAAGAGTCAGGGTTCAGTTCTAAAAGCAGTCTTGAAAGCCAAGGAAACCAAACAAATACAAGGAATATATGG TCGCATGGGTGATTTAGGTGCAATTGATTGTAAGGTTTTTTACTTGCAATCTTTTTGCTTCACAATGTTCTTTTTAAGTT TCTAAATTAGATTCCTTTCATGGCGTGCAAACTATTAGAAAACCTGGTTTTGCATGGCTCAGATTGTATCTAGTTTTAAA AATTTATGGTGGTGTACTAAAATTTCAAAAACAACTATACCTTGTTTTTTGCAATCAAAGTGAAATGGGCTTGTTGAATT ATTGGCTAAAGGCGAGGGTTTTCCTTCAACCTATTCCGTAATCATTCATATTTGGAACTTTAATTAAACTCAAGGAGGGG GAGTGATGGGTGTTACAATATGGCAAAAGTATCTTAAAATATCTTACAGTAATTCTTGTGTTGAGAGGTGAGAGGTCGCG CATTGACTAGAGATTTGGCTAAGTTCGTTCTTATATAGGGTAGAATAATCCTCACCCTTGAGCTAGCTTTGGGGTAGAGT TAGGTCTAAACCTGTATCCTAAGAGACCTGTTATGTGTCCCATGTTATCAGAAACACTTCTTCTAGTCTTGGTCACAAGA ATATTATTTGATGGCCTTTATCCTAGCTATAAAGGTATATAGTTAACAGCGAGGTTATTGTACATTAGACATTTGTAATT CATGGAAAATGGGATCTGCTGTTTTTTTTTGCATATATTAGTAGTTCAACATGTTCCAAATTTTGTTGGTTTTTTGTTTT TGCTCTCAGAGTGATATTACATTAGATTATGAACTATTTAATATCTTCTTTCTACTCTGGAACTTGGCAAATAGTGATTA TATATCACTTGATGCTTTTATCATTGTACGTTATCAGACTATGCCACTATATTAACGAAATGAGATCTGATCATTGCAGC AAAATATGACATTGCAATATCAACAGCATGTGCTGGGCTTGATTACATTGTGGTGGAAACAACAAATGCAGCACAAGCCT GTGTTGAGTTACTTCGCAGGGAGAACCTTGGTGTTGCTACTTTCATGATATTGGTATTCTTTGTTATATTATTTAACAAG TTTCTATCTTAGTTTTCTGTCCCCTTGGATTTACATTTGTTTAAACATTGCTGAATTCATTCCTTAGCTGCTATGCGCAA ACTTTTGTTTTCGCACTTTAATTTCCAACTCTGCTTGACTCTCTGTTGTTATTCGTAATTCAGTATGATGCTACTCTACT TTAATGATTCTTTTTACCTCAACCTGCTGATTACTTGATGTAGTATCAGATCTTCTATAATATGAAATCGTTCTTATAAC TAGTTGGCCTTTTAAGTTCTAAACTAGTTGAAATTTAGGAACTAATGTAGATAGCAATTCCTTAATAGGTTTTAAGGTGT ACTCCCAGGAGCTATTTAAATTCTTGTAGGGGACTGAAGGCAAGCAAGTTTCAGTTTATAAAATAATAATATGGATTTGG TTAAATACAATGTCCCAGCAATTAATTTTATAAACCGGTTATATCTTAGAAACTGAATCAAATTAATTATGAACTAGCAA GCTTGTTTTACGATGTAAAATGAACATTCATGGGTTGAGGAGGGACATGTTGGTTCAACATAGTCAATGATCTGGATTTA TGTATTCTTGGCAGGGCCAAATACAAGTTGTTATTAGATACACAAAGTTACACTTTTAGGTGCATTGGTACTTGATGTAG TTTCAGATCTTCTATAATATGAAATCGTTCTTGTCAATAGTTTGCCTTTAAGTTTTACACTAGTTGAATTTTAGAAATTA ATGTAGATAGCAAAATTTTAAGAGGTTTTAAGGTGTACTCCCAGGAGCTTTTTAAATTATTGCAGGGGACGGAGGGCAAG GAAGTTTCAGTTTATAAAATAATAATATGGATTTGATTGAATACAATGTCCCAGCGATTAATTATCTGTTTTGTTTTTCT AATATTTTTGGTACACTGAGTCACTGATAATAAGTGATTTAAACTGAATTTGATAAATCTAATCAAGATAGCTTCTTTTT TCATAATTCAGGAGAAGCAAGTTCATCTCCTTCCAATGTTGGAAAAGAATGTAAGCACTCCAGAGGGGGTTCCCCGCCTT TTTGATTTAGTAAAGGTTCAAGATGAAAGAATGAAGCTTGCTTTCTTTGCAGCACTCAGAAACACAGTTGTTGCTAAAGA CCTTGACCAGGTCAGTTCCACTTTCTTACTAGATAACTCTGTTCTGATCATTAATATACAGGACTAATCATAAAAAATTC AGATATGAAATCATCATCATATCATGCTTTCAGAGTGTGGCAGATAGGCTAATCTTGTTATAGATTATTTGGAACTTTTT ATGCTTTTTATATCATAAACTCCTTTGGATTGTTTAAGAAACAAAAGTGTGGGGCTCAACATACTCATTATTCACTTGAA ATAATTATAAAATCCATCACGAAATTTTTTGGAAAGTAATTTGCAACCCTTCATATCTGTGAAGGAAACAACTAACTGCC AATTTTTTCCACTCATATAAATTTTAGGCAACACGCATAGCATATGGTGGAAACTATGAGTTTAGGCGAGTTGTTACTCT TGATGGTGCACTCTTTGAAAAATCTGGAACAATGAGTGGTGGTGGTAGTAAGCCTCGGGGTGGGAAGATAGGGACATCTA TTCGAGCTGCAAGTGTGTCTGTAGAAGCTGTTACTAATGCTGAGAGGCAGTTGTCTGAAATGGCTGATAAATTGAATGCA ATTCGCCAAAGAATCATGGATGCTGTGCGGCGATATCAGGCCTCAGAAAAAACAGTCACGGCTTTGGAAATGGAGTTAGC TAAATGCCAGAAGGAGGTAATGCTTAGTTCTGAGTCCGAAAGATACTTTTCAGGGAATTGTTGGTACTGGGCTTTGATTT TCTTCCCTTCCTCTACAGGTTGACAGTTTGAATTCTCAGCATAGTTATATTGAAAAACAACTTGATTCCCTCAAAGCTGC GTCACAGCCAAGTGAGGATGAGCTTGTCAGATTGAAAGGGCTTACAGAGATTATTACTGCCGAAGAAAGGGAGATTAAAA CACTTACTGATGGATCTAAACAGCTGAAGGAAAAGGTTTGCTGTAACTTCCTTACCTTTGAATTCCTTTGAAAGTTGAGC GTTGATTGATAGGTCTTGCTTTTATTTATTTAACTCCAGTTAGCTCGACTTAACATTAACCATTTTCAGGCGTCTGATCT TCAAAGAAATATAGAAAATGCTGGGGGTGAAAAATTAAAATCTCAGAAGTCAAAGGTCCAGAAAATTCAGTCTGTAAGCA TCCTAATTTTGAGAAGAACTTTTAATTCAATATGATGCTCTGTCTATTAATTGTTCACATTTACTAGGATATTGACAAGA ACCACTCAGAGGTTAACCGTCTCAAGGTCCTAATAGAGACAGGACAAAAGATGATGAAGAAGTTGACCAAGGGAATTGAG GAGTCAAAGAAGGAGAAAGAACGACTAGCTGAGGAGAAGGAAAAGTCAAAAGAAATCTTCAAAGAAATAGAACAGAAAGC ATTTATTGTTCAAGAGAACTATAAGAAAACACAAGAGGTTTTGTCCTCCTTTTGCATTTTTGGTTATGTAAAATTGCGCC TACGTAATAAAATGCATAGTATAATATATCTTTTCAATGTATATATAGTTTGTTATACAGCATGGTGGTAGTTGTTGTAT CGTCATGTGTTATTTATTCTACTGTGCAGATGATTGACAAGCATAGGGATGTATTGGAGGAAGCTAAATCTGAACATGAT AAGATGAAAAAAGTAGTTGAAGAATTGCGTGCATCTGAGGTACTTCTCATGTGTGTTAATTTTTCATTCTCTTGAAAGTT GGAGTTTTCTCATTGTAGTCCACATTTTGCAGGTTGATGCAGACTTTAAATTAAAAGACATGAAGAAAGCATACAAAGAA TTGGAAATGAAAGGGAAAGGCTACAAGAAAAGACTAGACGAGTTGCAAACTGCTATTTGCAAGCATCTTGAACAGTATGT CATTTGATAATTGTTTGCGAATAGTGTTTATCATTTTGAGGTTCTTATGAGGTTGTGAATTTGATACAGAATTCAGGTAG ATTTACTGGATGTTGAAAAGCTAAAGGCTACATTGGATGATGAGCATCTTCATGCTGCTTGTGACCTGAAAAGGGCTTGT GAAATGGTCACATTGCTTGAAGCACAACTGAAGGAGATGAATCCAAATCTTGATTCAATTTCAGAGTATGAGCTTTTCTA ATTTGTTACCATGATTGTCTTTCCTTTTGATGTTGTGTAGGAAAACTCTTACTTTCTTATGATTATCAGGTATCGAAAGA AAGTTGCATTGTACAATGAGCGAGTTGAAGAGCTTAATACAGTCACTCAGGAGCGGGATGATATAAAGAAGCAGTATGAC GAATGGAGAAAGAAAAGGTATGCATATTATTTTTGTCAAGGCTCCTCTAAAGTGAACTTGTCTCTAAAGGAGGCGAGGTT GCATCCACTGTTAACTTAATTTAAAGTATATTGTAATCTTAATATATAAAATCCAAGGGCTAATTCACATTTACTCGCTA TATAGACAAACTTGCTTTAGAGGAGGTTTTTCCTTTTGTTTGTATCATTAAATTTATTATATGATTTGCTTTAAAATAAA ATATAAGATGAATATGTTATTTTCAGATTGGATGAGTTCATGGAAGGATTTAATGCCATATCATTGAAGTTAAAAGAAAT GTACCAGGTTTGAGATTCTGCTCTATTTTTCTCTCTCTGTCTCTGTGTGTGTTCGTACTTCTCTCTTGACAAAGGCATCT GAAATTGTGCTTCACTTTGTAGTATTGTTTACTCGGCTTTTTACGTGTTATAGATTCAATAGTCTTTCTCATGACATTTA GACCAGTACGTTAGCATGGTTCTTTTTATAAAATTGTGTTTTGTATTTCTGGATATAAAATGGTGCTGTGCCAAATAAAT TTCAATTTTTAGGGGGGGGGGGGGGGTGACTCTAGTAGTGCAGATAGATGTGTAAATTTATGATGGCATAAATTCTTGTC ATGATCCAAAAGCTTAAGCTGTTGGGGGAAGACACATGCATGATTTTATATCATATTTTTAACAAAACTATACATGTAGT TAATGGAATTTGATCAGAGATTTGGTTAGAATAAGTGAATAGAATAGTGTCAGAAGTTCCTCTCCAATTCTGGGTCAACA GACTATCTTGGCTTGAAGCGAAAAATAGTTGAGCACTCCTCACTCAGGAATTCAAGAACCTGAGCCCTCCTTCCAAAACT AACTACCACTCAAAATAGGATGCCTCATATTTGTCATAACTTGACTTTTGCTGTTTAGTTAGAGGCCTAGCCTATTATAT CTGCGTTAGAAATGAAAATGATATCTTATAATATCTTAGTTATTAAGGTTATTTAGATTATTCTTTAAATTGGTTTCTTA TTTGTATTGATTTGTTTCCTTATTTAATTAGGGTTAGGAGTCTTAATTTGTTTTCTTATTTAACTAGAATTAGTAGTCTA TCCATTACTATAAATGAGGGTAAGTTTTTTTCTTTTGTAAAATTACACCCAACATATTATGTTAATATTCCTGGTATTCA TTTTCCTCTTTCTATCCTTAAAGAGTAAACCCTAAAATCTCTTCATGGTATCCGAGCCAATCTTATATTCAATGTTGGCC ACCTATTTAAGTGTGGAGTTTAAGAATCGACTTGACCTGTGTTTGTGATATGAAAATTTAGTGTCGATTTGGCAAGCAGA TATTTCAAGTGAAGTTGACGACGTAAGTCTAGCTCTGCAGATATCTCATGGTGGGGATAAGGGCATTTTGTTAAATATAA AGTTTGTGATCTCCATGCTCCAATGAACCTCAGTAAAAATCATTAAGCACTTACTAACATGCGTAAATTATTTGAAACCA GCAAACTTTGGGTAAAGTATGCTGAAATTTGTGCACACTGAGCGTAAGATAATTTTTGCTTCATTTTTATTTTTTATTTT TTGTAATCATAGTTTATTATTTATAGTGTTGGTGTCTTTTTATTTTTTTTTACTTGGTCGGTGTTGGAGTAAACTGTATT TCTTTTCCCTCTGTCTCTGTCTCTCCGGTCACACAAGCCAATCCCTAAAATTTCAGCCGTTATGTGGATGGTGCTGCATT GGGTGGTAGTGATCATTAACATGTATTGCCTCTTAACGCTTGCAGATGATTACACTCGGAGGTGATGCAGAGCTTGAGCT TGTGGATTCTTTGGATCCTTTCTCTGAGGGTGTTGTGTTCAGTGTCAGGCCACCAAAGAAAAGCTGGAAAAACATTGCTA ATTTATCCGGGGGTGAAAAGGTCATTGTTTTTCTTTTGTTGGGTTCCATGCACATTGCAAATCATTTTGTATGAGCAAGC ATTCTATTTTCTGGCTTCAACCTGTATGTGTGATGCTGAAATGGCCTTCAATATTTTCTTGACAACAATGAGCATAAAAA GTATAAAATGCCTTCATGGACACTATGACCTTCTTCCCTGTTATTTATTATATAGTGATATTTTATAATTTATTTTGCAG ACTCTTAGCTCATTAGCTCTTGTATTTGCTCTTCATCATTACAAGCCTACCCCGCTTTATGTAATGGATGAAATCGATGC TGCCCTGGGTAAGTCAAATTATGATATTTGTAATTGCTATGTGGGTTTGCAATTCACTAAACTCCATTGGCGGCTATATT GTTTGGCAGACTTCAAGAATGTATCTATTGTTGGGCATTACGTGAAAGACAGGACCAAGGATGCTCAATTCATAATCATT AGGTACTTCAAAATTGCATTTTCTTAGTAAATCTGTGCTTGGTCTGGTCTAATACTTACTGTGGTATGTTTTCTTCCTTG TGCAGCCTTAGGAACAATATGTTTGAATTGGCTGATCGTCTTGTTGGTATTTATAAAACTGATAATTGCACGAAGAGCAT CACTATCGATCCACGTAGCTTTGTCGTGTGCCAAAAAGCTGTTTGA
CDS sequence (LotjaGi4g1v0139100.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAACCGCAAGGTGAGCCCGCCGCACCCGACCCAGCTCACGCTCCACCGGCGGCGCGCCCCAGGCTCTTCATCAAGGA GATGGTGATGCGGAACTTCAAGTCCTACGCTGGTGAACAGCGCGTGGGTCCTTTCCATAAGAGTTTTTCGGCTGTGGTTG GACCCAATGGGAGCGGGAAGAGTAACGTGATTGACGCAATGCTGTTTGTGTTCGGGAAGCGAGCGAAGCAGATGCGGCTT AACAAAGTTTCGGAGCTTATCCACAATTCCACCAATCACCAGAATTTGGATAGTGCTGGGGTTTCTGTTCATTTTCAGGA GATTGTCGATTTGGATGATGGAACATATGAGGCTGTTCCAGGAAGTGATTTTGTGATTACAAGGGTGGCTTTACGGGATA ACTCCTCTAAGTATTATATTAATGATCGTTCGAGTAACTTCACTGAAGTCACTAAGAAACTGAAAGGGAAAGGTGTTGAC CTTGACAATAATAGGTTTCTAATCCTTCAGGGTGAAGTTGAGCAGATCTCACTTATGAAGCCAAAAGCTCAAGGACCACA TGATGAGGGTTTTCTAGAATATCTGGAGGATATCATTGGGACGAACAAATATGTAGAAAAAATTGATGAATCATTTAAAC AGTTAGAGTCCCTGAATGAGAGAAGATCTGGGGTGGTACAAATGGTCAAGCTATCTGAGAAAGAAAGAGACAGCTTGGAG GGTGTGAAGAATGAAGCAGAAGCCTACATGCTTAAAGAGTTGTCTCACTTGAAATGGCAGGAAAAAGCTGCAAAGTTAGC TCTTGATGATACAGGTGGAAAAATGGATGAGTTACAAGTGAATGTTGCTAGCGTAGAAGAAAATCTCAAGGCAGAAAGGG ATAAAATTCAAGAAAGTAAACAAGTTCTGAAGGAGCTAGAAACTAAGCACAGCAATTATATGAAAAGACAAGAGGAGCTA GATACTGATATGAGGAAGTGTAAAGAAGAATTCAAGGAGTTTGAGAGGCAGGATGTCAAGTATCGGGAAGATTTTAAACA CTTAAATCAGAAGATCAAGAAGCTCGAGGATAAAGTTGAAAAGGATTCATCAAAAATTGAAGCTCTTGTAAAAGAGGGTG AAGACTCAACTAATCTGATACCAAAACTTGAGAATAATATTCCAAAACTGCAAAAATTGTTGCTAGATGAGGAGAAGGTC TTAGAAGAAATCACAGAGAGTTCCAAAGCAAAATATGACATTGCAATATCAACAGCATGTGCTGGGCTTGATTACATTGT GGTGGAAACAACAAATGCAGCACAAGCCTGTGTTGAGTTACTTCGCAGGGAGAACCTTGGTGTTGCTACTTTCATGATAT TGGAGAAGCAAGTTCATCTCCTTCCAATGTTGGAAAAGAATGTAAGCACTCCAGAGGGGGTTCCCCGCCTTTTTGATTTA GTAAAGGTTCAAGATGAAAGAATGAAGCTTGCTTTCTTTGCAGCACTCAGAAACACAGTTGTTGCTAAAGACCTTGACCA GGCAACACGCATAGCATATGGTGGAAACTATGAGTTTAGGCGAGTTGTTACTCTTGATGGTGCACTCTTTGAAAAATCTG GAACAATGAGTGGTGGTGGTAGTAAGCCTCGGGGTGGGAAGATAGGGACATCTATTCGAGCTGCAAGTGTGTCTGTAGAA GCTGTTACTAATGCTGAGAGGCAGTTGTCTGAAATGGCTGATAAATTGAATGCAATTCGCCAAAGAATCATGGATGCTGT GCGGCGATATCAGGCCTCAGAAAAAACAGTCACGGCTTTGGAAATGGAGTTAGCTAAATGCCAGAAGGAGGTTGACAGTT TGAATTCTCAGCATAGTTATATTGAAAAACAACTTGATTCCCTCAAAGCTGCGTCACAGCCAAGTGAGGATGAGCTTGTC AGATTGAAAGGGCTTACAGAGATTATTACTGCCGAAGAAAGGGAGATTAAAACACTTACTGATGGATCTAAACAGCTGAA GGAAAAGGCGTCTGATCTTCAAAGAAATATAGAAAATGCTGGGGGTGAAAAATTAAAATCTCAGAAGTCAAAGGTCCAGA AAATTCAGTCTGATATTGACAAGAACCACTCAGAGGTTAACCGTCTCAAGGTCCTAATAGAGACAGGACAAAAGATGATG AAGAAGTTGACCAAGGGAATTGAGGAGTCAAAGAAGGAGAAAGAACGACTAGCTGAGGAGAAGGAAAAGTCAAAAGAAAT CTTCAAAGAAATAGAACAGAAAGCATTTATTGTTCAAGAGAACTATAAGAAAACACAAGAGATGATTGACAAGCATAGGG ATGTATTGGAGGAAGCTAAATCTGAACATGATAAGATGAAAAAAGTAGTTGAAGAATTGCGTGCATCTGAGGTTGATGCA GACTTTAAATTAAAAGACATGAAGAAAGCATACAAAGAATTGGAAATGAAAGGGAAAGGCTACAAGAAAAGACTAGACGA GTTGCAAACTGCTATTTGCAAGCATCTTGAACAAATTCAGGTAGATTTACTGGATGTTGAAAAGCTAAAGGCTACATTGG ATGATGAGCATCTTCATGCTGCTTGTGACCTGAAAAGGGCTTGTGAAATGGTCACATTGCTTGAAGCACAACTGAAGGAG ATGAATCCAAATCTTGATTCAATTTCAGAGTATCGAAAGAAAGTTGCATTGTACAATGAGCGAGTTGAAGAGCTTAATAC AGTCACTCAGGAGCGGGATGATATAAAGAAGCAGTATGACGAATGGAGAAAGAAAAGATTGGATGAGTTCATGGAAGGAT TTAATGCCATATCATTGAAGTTAAAAGAAATGTACCAGATGATTACACTCGGAGGTGATGCAGAGCTTGAGCTTGTGGAT TCTTTGGATCCTTTCTCTGAGGGTGTTGTGTTCAGTGTCAGGCCACCAAAGAAAAGCTGGAAAAACATTGCTAATTTATC CGGGGGTGAAAAGACTCTTAGCTCATTAGCTCTTGTATTTGCTCTTCATCATTACAAGCCTACCCCGCTTTATGTAATGG ATGAAATCGATGCTGCCCTGGACTTCAAGAATGTATCTATTGTTGGGCATTACGTGAAAGACAGGACCAAGGATGCTCAA TTCATAATCATTAGCCTTAGGAACAATATGTTTGAATTGGCTGATCGTCTTGTTGGTATTTATAAAACTGATAATTGCAC GAAGAGCATCACTATCGATCCACGTAGCTTTGTCGTGTGCCAAAAAGCTGTTTGA
Protein sequence (LotjaGi4g1v0139100.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEPQGEPAAPDPAHAPPAARPRLFIKEMVMRNFKSYAGEQRVGPFHKSFSAVVGPNGSGKSNVIDAMLFVFGKRAKQMRL NKVSELIHNSTNHQNLDSAGVSVHFQEIVDLDDGTYEAVPGSDFVITRVALRDNSSKYYINDRSSNFTEVTKKLKGKGVD LDNNRFLILQGEVEQISLMKPKAQGPHDEGFLEYLEDIIGTNKYVEKIDESFKQLESLNERRSGVVQMVKLSEKERDSLE GVKNEAEAYMLKELSHLKWQEKAAKLALDDTGGKMDELQVNVASVEENLKAERDKIQESKQVLKELETKHSNYMKRQEEL DTDMRKCKEEFKEFERQDVKYREDFKHLNQKIKKLEDKVEKDSSKIEALVKEGEDSTNLIPKLENNIPKLQKLLLDEEKV LEEITESSKAKYDIAISTACAGLDYIVVETTNAAQACVELLRRENLGVATFMILEKQVHLLPMLEKNVSTPEGVPRLFDL VKVQDERMKLAFFAALRNTVVAKDLDQATRIAYGGNYEFRRVVTLDGALFEKSGTMSGGGSKPRGGKIGTSIRAASVSVE AVTNAERQLSEMADKLNAIRQRIMDAVRRYQASEKTVTALEMELAKCQKEVDSLNSQHSYIEKQLDSLKAASQPSEDELV RLKGLTEIITAEEREIKTLTDGSKQLKEKASDLQRNIENAGGEKLKSQKSKVQKIQSDIDKNHSEVNRLKVLIETGQKMM KKLTKGIEESKKEKERLAEEKEKSKEIFKEIEQKAFIVQENYKKTQEMIDKHRDVLEEAKSEHDKMKKVVEELRASEVDA DFKLKDMKKAYKELEMKGKGYKKRLDELQTAICKHLEQIQVDLLDVEKLKATLDDEHLHAACDLKRACEMVTLLEAQLKE MNPNLDSISEYRKKVALYNERVEELNTVTQERDDIKKQYDEWRKKRLDEFMEGFNAISLKLKEMYQMITLGGDAELELVD SLDPFSEGVVFSVRPPKKSWKNIANLSGGEKTLSSLALVFALHHYKPTPLYVMDEIDAALDFKNVSIVGHYVKDRTKDAQ FIIISLRNNMFELADRLVGIYKTDNCTKSITIDPRSFVVCQKAV
Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.
| Prediction algorithm | Identifier | Start | End | Length | E-value | InterPro ID |
|---|---|---|---|---|---|---|
| PANTHER | 17 | 411 | 395 | 0.0 | – | |
| PANTHER | 17 | 411 | 395 | 0.0 | – | |
| Gene3D | 22 | 213 | 192 | 9.1E-45 | – | |
| PIRSF | 22 | 411 | 390 | 6.0E-101 | ||
| CDD | 23 | 183 | 161 | 1.20325E-63 | ||
| Pfam | 24 | 1068 | 1045 | 8.5E-72 | ||
| SUPERFAMILY | 24 | 1074 | 1051 | 2.23E-44 | ||
| Coils | 268 | 372 | 105 | - | – | |
| SUPERFAMILY | 348 | 549 | 202 | 1.7E-36 | ||
| SMART | 394 | 512 | 119 | 2.0E-19 | ||
| Gene3D | 399 | 545 | 147 | 1.6E-29 | – | |
| PIRSF | 400 | 1082 | 683 | 2.4E-178 | ||
| Pfam | 409 | 512 | 104 | 4.9E-16 | ||
| PANTHER | 410 | 1082 | 673 | 0.0 | – | |
| PANTHER | 410 | 1082 | 673 | 0.0 | – | |
| Gene3D | 455 | 542 | 88 | 1.6E-29 | – | |
| Coils | 562 | 617 | 56 | - | – | |
| Coils | 649 | 683 | 35 | - | – | |
| MobiDBLite | 679 | 699 | 21 | - | – | |
| MobiDBLite | 682 | 699 | 18 | - | – | |
| Coils | 720 | 754 | 35 | - | – | |
| Coils | 762 | 796 | 35 | - | – | |
| Coils | 804 | 831 | 28 | - | – | |
| Coils | 888 | 925 | 38 | - | – | |
| Gene3D | 923 | 1082 | 160 | 1.3E-48 | – | |
| CDD | 976 | 1070 | 95 | 1.019E-69 |
GO predictions are based solely on the InterPro-to-GO mappings published by EMBL-EBI, which are in turn based on the mapping of predicted domains to the InterPro dataset. The InterPro-to-GO mapping was last updated on , while the GO metadata was last updated on .
| GO term | Namespace | Name | Definition | Relationships |
|---|---|---|---|---|
| Molecular function | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Molecular function | ATP binding | Interacting selectively and non-covalently with ATP, adenosine 5'-triphosphate, a universally important coenzyme and enzyme regulator. | ||
| Cellular component | Chromosome | A structure composed of a very long molecule of DNA and associated proteins (e.g. histones) that carries hereditary information. | ||
| Biological process | Chromosome organization | A process that is carried out at the cellular level that results in the assembly, arrangement of constituent parts, or disassembly of chromosomes, structures composed of a very long molecule of DNA and associated proteins that carries hereditary information. This term covers covalent modifications at the molecular level as well as spatial relationships among the major components of a chromosome. |
Expression pattern of LotjaGi4g1v0139100.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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